Publications by authors named "S G Sujith"
Aptamers: precision tools for diagnosing and treating infectious diseases.
Front Cell Infect Microbiol
October 2024
Article Synopsis
- * Traditional diagnostic methods are complex and time-consuming, highlighting the need for faster and more accurate approaches, which aptamer-based technologies can provide due to their cost-effectiveness, sensitivity, and specificity.
- * Aptamers, which are RNA or DNA sequences similar to monoclonal antibodies, have diverse applications in biomedicine for diagnostics, treatment, and imaging, and this review emphasizes their role in tackling infectious diseases.
Comprehensive insights into UTIs: from pathophysiology to precision diagnosis and management.
Front Cell Infect Microbiol
October 2024
Urinary tract infections (UTIs) are the second most common infectious disease, predominantly impacting women with 150 million individuals affected globally. It increases the socio-economic burden of society and is mainly caused by , , , spp., and spp.
View Article and Find Full Text PDFOccurrence of cancer is driving up on a global scale that exerts greater implications on the physical, psychological and economic stability of the human population. In the present context, numerous research studies are being conducted to explore and discover the drug molecule as an anticancer agent. Diverse scales of flavonoids entail the human diet, and they displayed prospective curative effects against an array of ailments.
View Article and Find Full Text PDFArticle Synopsis
- - Nanocomposites, made by combining a matrix (like polymers or ceramics) with nano-sized fillers, have unique properties that can be leveraged to treat infectious diseases, especially with the rise of multi-drug resistant bacteria.
- - The review discusses various types of nanocomposites and emphasizes the importance of choosing the right matrix and antibacterial agents to improve treatment effectiveness and reduce the risk of antibiotic resistance.
- - It also addresses challenges related to toxicity, safety, and scalability in using these advanced materials in clinical settings, highlighting the potential of nanotechnology in transforming medical treatments for infections.
Background: Renal allograft rejection contributes to significant morbidity and graft loss. In this setting, early detection of rejection is of paramount importance, which currently relies on histopathology. A reliable non-invasive marker to predict rejection would make surveillance and decision-making easier.
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